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  • Sumitomo HC1480-29.00 NSMD Inline Gear Reducer
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  • Sumitomo HC1480-29.00 NSMD Inline Gear Reducer

    • ¥14413.00
      ¥15233.00
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    Weight:2.500KG
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Description
<span style="font-size: 18px; font-family: arial;">Sumitomo HC1480-29.00 NSMD Inline Gear Reducer</span>

Sumitomo HC1480-29.00 NSMD Inline Gear Reducer

The Sumitomo HC1480-29.00 NSMD Inline Gear Reducer is a speed reduction unit for industrial power transmission. It is identified by the HC1480-29.00 model reference and the NSMD designation. The reducer has a ratio of 29 to 1. It is designed for inline mounting, which means the input and output shafts are on the same axis. This layout saves space and simplifies machine design. The unit provides torque multiplication, stable speed reduction and reliable performance in compatible machinery.

Inline Gear Reducer Design

An inline gear reducer places the motor and driven shaft in a straight line. This arrangement is useful when the machine layout requires a compact drive train. The HC1480-29.00 uses hardened gears and sturdy bearings to handle industrial loads. The housing protects internal parts from dust, moisture and impact. Seals retain lubricant and keep contaminants out. The output shaft and mounting flange are designed to match compatible equipment. Correct alignment during installation is important for quiet operation and long service life.

Ratio and Torque

The 29 to 1 ratio reduces motor speed and increases output torque. If the input speed is known, the output speed can be calculated by dividing by 29. The output torque depends on the motor torque, the ratio and the efficiency of the reducer. Users should compare the required torque and speed with the reducer rating before installation. Overloading can cause gear wear, overheating or premature failure. The reducer is designed for continuous duty and repeated starting and stopping in industrial applications.

Performance Characteristics

The HC1480-29.00 is built for stable transmission and reliable operation. It can handle moderate shock loads and frequent reversing. The gears are manufactured to precise tolerances for smooth rotation and low noise. Bearings support the input and output shafts and help maintain alignment. The housing is designed for strength and heat dissipation. These features help the reducer maintain performance in demanding environments such as conveyors, mixers and production lines.

Applications

Typical applications include belt conveyors, screw conveyors, bucket elevators, mixers, agitators, feeders, packaging machinery, material handling and production equipment. The inline design is useful where space is limited and direct coupling is preferred. The reducer is suitable for industries such as mining, cement, food processing, wastewater treatment, chemical processing and general manufacturing. It can be used in new equipment or as a replacement in compatible systems.

Installation Notes

Installation should follow the equipment manual and the reducer instructions. The mounting base should be stable and flat. The motor shaft and reducer input must be aligned carefully. Couplings must be aligned to avoid extra load on bearings and gears. Bolts should be tightened evenly and to the correct torque. After installation, check oil level and rotation direction before connecting the load. Abnormal noise or vibration should be investigated before full operation.

Lubrication and Cooling

Correct lubrication is essential for reducer life. Oil type and level depend on the model, mounting position and operating conditions. Users should check for leaks and maintain the oil level. Oil should be changed according to schedule or analysis. The reducer should have sufficient cooling and airflow. Dust, heat and moisture can reduce service life. In harsh environments, guards or enclosures may be needed. Seals should be checked for leaks during routine inspection.

Maintenance

Regular maintenance includes checking oil level, leaks, noise, vibration and temperature. Worn seals should be replaced to prevent lubricant loss and contamination. Bearings and gears should be inspected during major service. Electrical connections on the motor should be checked for tightness and signs of overheating. Following the service schedule helps maintain reliable operation and extends the life of the reducer.

Conclusion

The Sumitomo HC1480-29.00 NSMD Inline Gear Reducer is a robust speed reduction unit for industrial motion control. It provides a 29 to 1 ratio, torque multiplication and stable transmission. Its inline design saves space and simplifies installation. Correct selection, installation and maintenance help ensure long service life and efficient operation.

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